Scientific Detectors (spectroscopy, microscopy and imaging) - CCD Camera Cooled Heads

From Scientific CCD Cameras to OEM CCD high sensitivity detector Solutions for low light

Scientific Cameras (for spectroscopy, microscopy and imaging) - CCD Camera Cooled Heads From Scientific Cameras to OEM CCD high sensitivity detector Solutions for low light HORIBA Scientific offers a complete line with the most sensitive scientific cameras and InGaAs multichannel detectors as well as UV, Vis and IR single channel detectors.

For high volume demand, we provide cost-effective miniature linear detector systems (CCD, CMOS PDA, InGaAs) and 2D arrays used in spectroscopy and imaging applications such as Absorbance, Fluorescence, Raman and Photoluminescence. CCD chips from E2V, Hamamatsu and Sony are offered in our CCD camera systems.

See ALL our scientific camera detector solutions sorted by specifications

Or

through our most popular Deep Cooled CCD models and mini CCD electronics:

Synapse TE-cooled CCD Detector
Symphony LN2-cooled CCD Camera
Syncerity camera for OEM projects
OEM CCD & PDA

Scientific Detectors integrated in Spectroscopic and Imaging Spectrometer Systems:

Synapse InGaAs Detector
Symphony LN2-cooled CCD Camera

Syncerity & Spectrometer package ... at a price you'll love
OEM CCD & PDA

The Synapse Scientific camera is available in CCD or InGaAs detector configurations to cover a wide range of spectroscopy applications.

This spectroscopy detector provides the highest level of sensitivity and high dynamic range required to fulfill the most demanding spectroscopic experiments. The unique technology of the multichannel detector provides unreached signal linearity and lowest dark noise level.

Available in a wide variety of CCD and InGaAS chips, the Synapse is the most cost-effective scientific camera solution on the market to perform your traditional and challenging spectroscopy work such as plasma emission, molecular absorption, fluorescence, Raman, and Photoluminescence.

The Symphony deep cooled detector is available in CCD or InGaAs liquid nitrogen configurations and is ideally suited to detect low light level that no thermoelectrically cooled detector can measure.

Our latest Symphony IGA-HP uses a unique technology that offers 3 to 5 fold increase in signal sensitivity compared to available IGAs. It the most sensitive IGA camera on the market for ultra low light measurements above 1 micron.

The use of nitrogen cooling results in extremely low dark signal levels that permit longer integration times necessary in very low light applications such as Raman, Fluorescence, Photoluminescence and Absorption.

The deep cooled Open Electrode 1024 x 256 CCD Camera combines affordability, performance and versatility for both Research and OEM applications. With peak UV QE at 32% and peak VIS-NIR at 58%, SyncerityTM offers a relatively flat response and addresses multiple applications. In the near-NIR, this detector is a lower cost alternative to a deep depleted CCD, with no etaloning. The dynamic range of the SyncerityTM camera is unmatched at 92.5dB (in image mode) and the CCD’s tall format is an excellent fit for imaging spectroscopy applications. Its flexible design allows our OEM dedicated team to quickly adapt the camera for industrial requirements, ranging from alternate CCD chips to electronics customizations.

Our broad selection of front illuminated and back-thinned OEM CCD solutions and Linear diode arrays come with various series of HORIBA Scientific proprietary electronics options, for integration into OEM spectrometers.

The LineScan series is a very affordable family of electronics for linear detectors (Linear Sony® and S390X series PDAs). The Compact series provides 1D and 2D capability and various gain options, as well as on-board data processing. From the low cost Sony® 511 CCD to the 1-stage TE cooled S7031, we have a solution for each spectroscopic industrial application, as well as for low noise imaging requirements.

Our OEM division is focused on industrial quantities from 100s to 1000s and provides opto-mechanical and electronics customization capabilities.

       

Selection Guide for Scientific and OEM Detectors:

CCD, Uncooled, TE and LN2 Cooled Detectors for Spectrometer Applications

Type Active Pixels Pixel Size (µm) Details

Uncooled CCD and OEM electronics

Type Active Pixels Pixel Size (µm) Details
Front Illuminated linear Sony 511(replaces Toshiba 1304)2048 x 114More information (OEM only)
Back Illuminated linear CCD S11155-S111562048 x 114More information (OEM only)
Back Illuminated 2-D CCD H-S9840 (no anti-blooming)2048 x 1414More information (OEM only)
Back Illuminated 2-D CCD
H-S10420
(with anti-blooming)
H-S11071
(with anti-blooming)
2048 x 16 / 2048 x 64



2048 x 16 / 2048 x 64
14 (high full well/low noise)



14 (high speed)
More information (OEM only)


More information (OEM only)

Large area / high end OEM CCD and electronics

Front-illuminated 2-D CCD Sony 2851350 x 10246.5More information (OEM only)

Uncooled PDA

CMOS & NMOS256-512-102425-50 micMore information (OEM only)

TE Cooled CCD

Back Illuminated S7031(1-stage)1024 x 58
1024 x 122
24
24
More information (OEM only)

4-Stage TE-Cooled scientific camera heads

Front Illuminated Open Electrode1024 x 25626PDF
Front Illuminated Visible1024 x 256
1024 x 128
26
26
PDF
PDF
Front Illuminated UV1024 x 256
1024 x 128
2048 x 512
26
26
13.5
PDF
PDF
PDF
Back Illuminated Visible1024 x 256
1024 x 128
26
26
PDF
PDF
Back Illuminated UV1024 x 256
1024 x 128
2048 x 512
512 x 512
26
26
13.5
24
PDF
PDF
PDF
PDF
Back Illuminated Deep Depleted1024 x 25626PDF

EMCCD Cameras

EMCCD FI, BI1600 x 200 PDF
EMCCD FI, BI1600 x 400 PDF

LN Cooled CCD in camera head

Front Illuminated Open Electrode1024 x 25626PDF
Front Illuminated Visible1024 x 256
1024 x 128
1024 x 128
26
26
13.5
PDF
PDF
PDF
Front Illuminated UV1024 x 256
1024 x 128
2048 x 512
26
26
13.5
PDF
PDF
PDF
Back Illuminated Visible1024 x 256
1024 x 128
2048 x 512
26
26
13.5
PDF
PDF
PDF
Back Illuminated UV1024 x 256
1024 x 128
2048 x 512
26
26
13.5
PDF
PDF
PDF
Back Illuminated Deep Depleted1024 x 25626PDF

InGaAs TE and LN2 Cooled Detectors

Type Active Pixels Format (µm) Details

TE Cooled InGaAs

InGaAs 1700 nm512 x 1
512 x 1
1024 x 1
25 x 500
50 x 500
25 x 500
PDF
Extended-InGaAs 2200 nm512 x 1
512 x 1
1024 x 1
25 x 250
50 x 250
25 x 250
PDF

LN Cooled InGaAs

InGaAs 1700 nm512 x 1
512 x 1
1024 x 1
25 x 500
50 x 500
25 x 500
PDF
Extended-InGaAs 2200 nm512 x 1
512 x 1
1024 x 1
25 x 250
50 x 250
25 x 250
PDF

Imaging Detectors

Type Active Pixels Format (µm) Details

TE Cooled CCD

Back Illuminated Visible512 x 51224PDF
Back Illuminated Visible1024 x 102413PDF

Single Channel Detectors

Type Spectral Range Cooling Details
Photomultiplier Tubes 190 nm – 860 nm
400 nm – 1100 nm
200 nm – 930 nm
190 nm – 860 nm
  More Information
Photoemissive Detector 0.2 µm – 1.1 µm
0.3 µm – 1.1 µm
0.8 µm – 1.6 µm
0.8 µm – 1.65 µm
0.8 µm – 1.7 µm
0.8 µm – 1.75 µm
0.8 µm – 1.8 µm
1 µm – 3.55µm
1 µm – 3.6 µm
2 µm – 5.5 µm
Uncooled
Uncooled
Uncooled
TE Cooled
Uncooled
TE Cooled
LN Cooled
Uncooled
TE Cooled
LN Cooled
More Information
Photoconductive Detector 1 µm – 3 µm
1 µm – 3 µm
1 µm – 5 µm
1 µm – 5 µm
1 µm – 5 µm
1 µm – 10 µm
1 µm – 14 µm
1 µm – 20 µm
Uncooled
TE Cooled
Uncooled
TE Cooled
TE Cooled
TE Cooled
LN Cooled
LN Cooled
LN Cooled
More Information
Dual Color Detectors 0.3 µm – 1.7 µm
0.3 µm – 1.65 µm
0.3 µm – 1.75 µm
0.3 µm – 3 µm
0.3 µm – 5 µm
0.3 µm – 3.6 µm
0.3 µm – 3.55 µm
Uncooled
TE Cooled
TE Cooled
TE Cooled
TE Cooled
Uncooled
TE Cooled
More Information